阅读说明：本技术 应用网布的包装卡盒及其包装方法 (Packaging card box applying mesh cloth and packaging method thereof ) 是由 徐庆龙 于 2021-07-12 设计创作，主要内容包括：本发明公开了一种应用网布的包装卡盒及其包装方法,涉及包装盒领域,包括上纸卡,下纸卡,展示窗口,包装及展示部为网布,展示窗口设置在上纸卡上,展示窗口的尺寸大小和形状与要装入的产品底平面尺寸大小和形状相适应。网布尺寸大于展示窗口尺寸,并能全面遮盖住展示窗口,在上纸卡背面涂布胶水,通过胶水将网布和上纸卡紧固,将粘贴好网布的上纸卡背面再次涂布胶水,再将需要展示的产品放置在网布中,同时将下纸卡和和上纸卡粘合固定,直接将产品放入展示窗口的弹性布料中,利用布料的弹性,可以对产品进行包裹,并且很好的贴合在产品上,形成容纳腔,这样大量的生产节约成本。(The invention discloses a packaging card box applying mesh cloth and a packaging method thereof, relating to the field of packaging boxes. The screen cloth size is greater than show window size, and can cover show window comprehensively, at last paper card back coating glue, fasten screen cloth and last paper card through glue, the last paper card back coating glue once more that will paste the screen cloth, place the product that will demonstrate in the screen cloth again, simultaneously with down the paper card with last paper card bonding fixed, directly put into the elastic fabric of show window with the product, utilize the elasticity of cloth, can wrap up the product, and fine laminating is on the product, the formation holds the chamber, a large amount of production cost savings like this.)

1. The utility model provides an use packing card box of screen cloth, includes paper card, lower paper card, show window, product, its characterized in that: the packaging and exhibiting part of the packaging card box is mesh cloth.

2. A packaging cartridge for applying webs according to claim 1, characterized in that: the display window is arranged on the upper paper card, and the size and the shape of the display window are matched with those of the bottom plane of the product.

3. A packaging cartridge for applying webs according to claim 2, characterized in that: glue is coated around the edge of the display window at the back of the upper paper card, the mesh is placed on the display window at the back of the upper paper card, the size of the mesh is larger than that of the display window, the display window can be fully covered, and the mesh and the upper paper card are fastened through the glue.

4. A packaging cartridge for applying webs according to claim 3, characterized in that: and coating glue on the back surface of the upper paper card with the adhered mesh cloth again, placing the product in the mesh cloth, and simultaneously bonding and fixing the lower paper card and the upper paper card.

5. A packaging cartridge for the application of web according to claim 4, characterized in that: the screen cloth is elastic cloth with mesh holes, and the mesh density is larger than 10 meshes.

6. A packaging cartridge for the application of web according to claim 5, characterized in that: the cloth is terylene, chinlon, spandex or nylon.

7. A packaging cartridge for the application of web according to claim 4, characterized in that: the mesh cloth is non-elastic cloth with mesh holes, and the mesh density is larger than 10 meshes.

8. A packaging cartridge for the application of web according to claim 7, characterized in that: and (3) performing heat setting on the non-elastic fabric with the mesh holes to form a required shape, coating glue on the back surface of the upper paper card with the bonded mesh cloth again, placing the product in the mesh cloth, and simultaneously bonding and fixing the lower paper card and the upper paper card.

9. A packaging card box for applied webs according to claim 6 or 8, characterized in that: the upper paper card and the lower paper card are connected, and a folding groove is arranged at the joint of the upper paper card and the lower paper card.

10. A method of packaging a packaging cartridge using a web according to any of claims 1-9: s1, flattening the upper paper card, and punching a display window according to a required shape; s2, coating glue on the periphery of the inner surface of the punched upper paper card display window; s3, placing the cut mesh on a display window and bonding; s4, after the glue is dried and solidified, placing the product to be loaded into the display window into the mesh cloth; s5, coating glue on the periphery of the display window of the upper paper card and the mesh again; and S6, bonding the lower paper card, the upper paper card and the mesh again, and drying and solidifying to finish packaging.

Technical Field

The invention relates to the field of blister packaging boxes for products, in particular to a packaging card box applying mesh and a packaging method thereof.

Background

The product blister pack box that uses in the existing market all adopts two-layer paper card, and the centre is cliied the transparent blister material of one deck and is made, at the internal packing product of blister pack box, this kind of packing carton both can pack the product, can carry out audio-visual show to the product through transparent blister material again. However, this type of package also has some drawbacks, 1, high production cost, complex production process, generally used: PS, PVC or PET etc. material make, but these materials are higher in price, and need thermoforming, occupation space is big, and production efficiency is low, even have product shape and structure that slightly differ, all need make different moulds again and carry out thermoforming, simultaneously because bulky, also inconvenient assembly line operation. 2. Because of the problems of the production process, the surface printing of the plastic suction box is rarely carried out, because the plastic suction surface can only carry out pad printing or silk printing, the cost of the plastic suction box and the surface printing of the plastic suction box are very high, and the plastic suction box is not environment-friendly, most of the surfaces of the plastic suction boxes are only made of transparent materials, and are monotonous. 3. Because all countries in the world carry out environmental protection at present, the use of plastic materials is further limited, and certain risks exist in the application range of the plastic uptake materials.

Disclosure of Invention

The invention aims to solve the defects, provides the packaging card box using the mesh cloth and the packaging method thereof, can replace a packaging box made of a plastic-absorbing box material, has simple production process, can reduce the production cost, can also provide the production efficiency, can print on the surface, and also conforms to the future environmental protection trend.

The purpose of the invention is realized by the following modes:

the packaging card box applying the mesh cloth comprises an upper paper card, a lower paper card, a display window and a product, wherein the packaging and displaying part is the mesh cloth.

In the above description, the display window is provided on the upper paper card, and the size and shape of the display window are adapted to the size and shape of the bottom plane of the product to be loaded. The product is circular and the display window is also circular, and if the product is square, the display window is also square.

In the above explanation, as preferred scheme, the screen cloth tiling is placed on the show window at last paper card back, and the screen cloth size is greater than show window size to can cover the show window comprehensively, at last paper card back coating glue, fasten screen cloth and last paper card through glue.

In the above description, as a preferred scheme, glue is applied to the back of the upper paper card to which the mesh cloth is attached again, and then the product to be displayed is placed in the mesh cloth, and pressure is applied simultaneously, so that the product is completely contained by using the elasticity of the mesh cloth, the mesh cloth completely wraps the product, and pressure is continuously applied, so that the lower paper card and the upper paper card are completely bonded and fixed.

In the above description, as a preferable scheme, the mesh cloth is a cloth with elastic mesh holes, the mesh density is greater than 10 meshes, and the mesh cloth is made of materials such as terylene, chinlon, spandex or nylon.

The beneficial effects of using elastic material are that, can pack into the product of different shapes, if the material is current plastic uptake material, the product of packing into is square product, need earlier with the square show window of paper card punching press, open the plastic uptake mould of cubic again, process into square chamber that holds to transparent sheet, hold the chamber bonding on the paper card with the plastic uptake, the packing carton of square product is refabricated, pack into square product, if be circular product then need with the circular show window of paper card punching press, open circular shape plastic uptake mould again, process into circular chamber that holds to transparent sheet, hold the chamber bonding on the paper card with the plastic uptake, the packing carton of circular product is refabricated, pack into square product. If use the elasticity screen cloth then need not open alone and found the mould, only need with the square or circular show window of paper card punching press, with the automatic cutting of elasticity screen cloth, as long as the size be greater than show window can, then the tiling and bond on the paper card can, a specification screen cloth is fit for the product of multiple specification. The product is directly placed into the elastic cloth of the display window, the product can be wrapped after pressure is applied by utilizing the elasticity of the cloth, the shape of the product is highlighted, and meanwhile, an accommodating cavity is formed, so that the cost is saved due to a large amount of production. Because the screen cloth has the mesh, the screen cloth material also can use transparent cloth simultaneously, also can reach same bandwagon effect like this. In addition, the mesh cloth is planar, so that the mesh cloth can be made into coiled materials, and a large amount of storage space is saved. Also, the flat material is particularly advantageous for the production line, and can be laid flat and cut automatically without being placed one by one.

Although the elastic mesh cloth material is arranged on the packaging box, the elastic mesh cloth material also has certain defects, namely, the elastic mesh cloth material is difficult to form a better wrapping effect on a product with larger quality and is easy to deform, and meanwhile, the mesh cloth is easy to puncture by sharp corners, so that the packaging card box of the elastic mesh cloth is more suitable for products with lighter quality and without sharp corners, such as electronic products like mobile phone protection cases and the like, various small ornaments, small plastic toys and the like.

In order to solve the defects, non-elastic mesh cloth can be adopted,

in the above description, as a preferable scheme, the mesh cloth is a non-elastic cloth with mesh holes, and the mesh density is greater than 10 meshes.

In the above description, as a preferable scheme, firstly, a non-elastic fabric with mesh holes needs to be heat-set to make the shape of the fabric be the shape of a product to be displayed, glue is coated on the back surface of an upper paper card with the bonded mesh fabric again, the product to be displayed is placed in the mesh fabric, and meanwhile, a lower paper card and the upper paper card are bonded and fixed.

The non-elastic mesh cloth has strong pressure resistance, is not easy to deform, has better wear-resisting effect, and can be used for loading commodities with larger quality and sharp corners. Although the non-elastic mesh cloth needs to be shaped by hot pressing, the production cost can be increased, the special winding effect of the cloth still can be more beneficial to automatic production, and the production efficiency is higher.

The packaging method of the packaging card box applying the mesh cloth comprises the following steps: s1, flattening the upper paper card, and punching a display window according to a required shape; s2, coating glue on the periphery of the inner surface of the punched upper paper card display window; s3, placing the cut mesh on a display window and bonding; s4, after the glue is dried and solidified, placing the product to be loaded into the display window into the mesh cloth; s5, coating glue on the periphery of the display window of the upper paper card and the mesh again; s6, bonding the lower paper card, the upper paper card and the mesh again, and drying and fixing to finish packaging

The beneficial effects produced by the invention are as follows: use elasticity screen cloth need not open upright mould alone, only need with the square or circular shape show window of paper card punching press, cut the automation of elasticity screen cloth, the size is greater than the show window, then the tiling and the bonding on the paper card can, directly put into the elastic cloth of show window with the product, utilize the elasticity of cloth, can wrap up the product, and fine laminating is on the product, the shape and the outward appearance of highlight product, form simultaneously and hold the chamber, the cost is practiced thrift in a large amount of production like this. Because the screen cloth has the mesh, the screen cloth material also can use transparent cloth simultaneously, also can reach same bandwagon effect like this. In addition, the mesh cloth is planar, so that the mesh cloth can be made into coiled materials, and a large amount of storage space is saved. Also, planar materials are particularly advantageous in a production line where the material can be laid down in an extended length rather than one. The preparation is used. The non-elastic mesh cloth can be used for containing commodities with larger mass and sharp corners, and meanwhile, rolling printing or automatic embroidery can be carried out on the surface of the mesh cloth, so that the aesthetic feeling of the packaging box is further improved, and the non-elastic mesh cloth is also an environment-friendly material and has better use prospect.

Drawings

FIG. 1 is a schematic exploded view of an embodiment of the present invention;

FIG. 2 is a schematic view of a mesh bonded to a window in accordance with one embodiment of the present invention;

FIG. 3 is a schematic diagram of a packaged product according to an embodiment of the present invention;

FIG. 4 is a schematic exploded view of an embodiment of the present invention;

FIG. 5 is an exploded view of an embodiment of the present invention;

FIG. 6 is a flow chart of a packaging method according to an embodiment of the present invention;

in the figure, 1 is a mesh, 2 is a lower paper card, 3 is an upper paper card, 4 is a display window, 5 is a product, and 6 is a folding groove.

Detailed Description

In the first embodiment, in order to pack a square product with an elastic mesh, referring to fig. 1-3, a packaging card box using the mesh includes an upper paper card, a lower paper card, a display window, and a packaging and display part with the mesh.

Wherein the mesh cloth is elastic nylon cloth with 200 meshes.

And punching a square display window on the surface of the upper paper card, wherein the shape of the display window is consistent with the shape and the size of the bottom plane of a product to be loaded. At last paper card back around the marginal coating glue of show window, the screen cloth tiling is placed on the show window at last paper card back, and the screen cloth size is greater than show window size to can comprehensively cover show window, fasten screen cloth and last paper card through glue.

After glue is dried and solidified, glue is coated on the back face of the upper paper card with the adhered mesh cloth again, then a square product to be displayed and packaged is placed in the mesh cloth, the lower paper card is covered on the product, pressure is applied simultaneously, the product is completely contained by using the elasticity of the mesh cloth, the mesh cloth completely wraps the product, the pressure is continuously applied, and the lower paper card and the upper paper card are ensured to be completely bonded and fixed.

Example two, wherein the mesh cloth is a 50 mesh non-elastic nylon cloth.

Referring to fig. 4, a mold is made according to the front (to be displayed) shape of a square product, and a non-elastic mesh is placed in the mold by heat setting, so that the mesh is made into a shape capable of accommodating the volume and shape of the product, and certain edges are reserved for bonding.

And coating glue on the back of the upper paper card punched with the display window around the edge of the display window, putting the shaped non-elastic mesh cloth into the display window, and bonding the reserved edge with the edge of the display window.

After the glue is dried and solidified, the glue is coated on the back surface of the upper paper card with the adhered mesh again, a product to be displayed and packaged is placed in the mesh, the lower paper card covers the upper paper card, and the lower paper card and the upper paper card are completely bonded and fixed. Because of the non-elastic web, continuous application of pressure is not required.

The non-elastic mesh cloth has the advantages of high hardness, deformation resistance and suitability for products with large mass and sharp corners.

In the third embodiment, referring to fig. 5, a 200-mesh elastic mesh fabric is filled with a round product, a square display window is punched on the surface of the upper paper card, the mesh fabric is flatly laid on the display window on the back of the upper paper card, the size of the mesh fabric is larger than that of the display window, the display window can be completely covered, and the mesh fabric and the upper paper card are fastened through glue.

The foregoing is a more detailed description of the invention, taken in conjunction with the specific preferred embodiments thereof, and is not intended to limit the invention to the particular forms disclosed. For those skilled in the art to which the invention pertains, several simple deductions or substitutions can be made without departing from the spirit of the invention, and all shall be considered as the protection scope of the invention.